Four tons of logs. That’s what the Clyde Steam Skitter could yank across a hillside in a single pull. Not four logs, four tons chained together, dragging through mud, over stumps, through brush so thick a man couldn’t walk through it without a machete. And it did this all day, every day, in forests so remote that the nearest doctor was a three-day mule ride away.

This machine didn’t just harvest timber. It ripped entire mountains bald. It could clear a 40 acre circle without moving an inch. Four cables, four directions, one screaming, hissing, coalfed monster sitting in the center like a mechanical spider pulling the whole forest toward itself. The Clyde wasn’t a logging tool.

 It was a siege engine. And the men who ran it, they weren’t loggers. They were ironhearted warriors fighting a war against nature itself. Armed with nothing but steam, steel, and a willingness to die for a paycheck. Today, we measure progress in gigabytes and stock tickers. We sit in climate controlled offices and complain when the Wi-Fi drops.

 We tap screens and swipe cards and never once feel the weight of what we’re building. But there was a time when progress was measured in board feet, in acres cleared, in the number of men who walked into the woods in the morning and didn’t walk out at night. The Clyde Steam Skitter was born in that era, an era when a man’s worth was determined by how much punishment he could take, and how much forest he could flatten before his body gave out.

 This is the story of that machine, the story of the men who fed it, operated it, and sometimes died beneath it. This is the story of the beast that turned the American frontier into the American economy. This is the story of a war fought with cables and steam, where the battlefield was measured in acres, and the casualties were counted in missing fingers and crushed limbs and bodies that never came home.

 Let’s talk about what this thing actually was. Picture a stationary steam engine, roughly the size of a small house, bolted onto a wooden sled or a reinforced iron frame. The whole rig weighed somewhere in the range of 20 to 30 tons, depending on the model and the year it was built. It didn’t move under its own power.

 It was dragged into position by a team of oxmen or horses, or sometimes by another steam donkey. And then it sat there for weeks, for months, however long it took to strip every tree within cable’s reach. The heart of the machine was a vertical fire tube boiler fed by a ravenous firebox that consumed cord after cord of scrap wood and slash.

 The fireman’s job was to keep that belly full. If the pressure dropped, the whole operation stopped. If the pressure spiked, the boiler could blow and turn the entire rig into shrapnel. The boiler itself was a masterpiece of brutal engineering. Riveted iron plates thick enough to contain pressures that would make a modern safety inspector faint.

 Inside, hundreds of steel tubes carried the heat from the firebox through water, converting it to steam. The steam accumulated in the upper chamber, building pressure, lots of pressure. We’re talking somewhere in the range of 100 to 150 pounds per square inch. That’s enough force to lift a locomotive.

 Enough force to snap a man’s arm like a twig if a valve failed. The whole system was monitored by a single pressure gauge and controlled by a series of hand valves. No computers, no sensors, no automatic shut offs, just a gauge with a needle and a fireman’s intuition about when things were about to go very wrong. The boiler fed steam into a massive horizontal engine.

 Single cylinder in the early models, twin cylinder in the later ones. The piston was a brute, thick as a man’s torso. When steam hit that piston, it moved with the kind of force that could bend iron. It drove a crankshaft connected to a series of drums, big iron drums wrapped in steel cable. The Clyde’s innovation, the thing that made it different from every other steam donkey in the woods was this.

 It had four drums, four independent spools of cable, each one capable of pulling in a different direction. Most skiers had one main line and maybe a hallback. The Clyde had four active lines running out into the forest like the legs of a giant mechanical spider. Each cable was anchored to a massive stump or a spar tree. sometimes hundreds of feet away.

The operator could pull from the north, the south, the east, and the west, all in the same shift. He could drag logs from four different quadrants of the forest toward a central landing without ever moving the machine. This was revolutionary. This was the difference between clearing 10 acres in a season and clearing 40.

 The engineering behind the drum system was deceptively simple. Each drum had its own clutch mechanism. The operator controlled these with a series of levers mounted on a wooden platform next to the engine. Pull a lever forward, engage the clutch, and that drum would start winding in cable. Push it back and the drum would stop. There was no gradual control, no fine adjustment. It was on or it was off.

 The operator had to time everything perfectly. Start the pull too fast and the cable would snap. Start it too slow and the log wouldn’t move. It was a dance between man and machine, performed on a stage where mistakes were measured in broken bones and severed arteries. The cables themselves were marvels of tensile engineering.

 Steel wire rope braided and twisted, each strand thicker than a man’s thumb. A single cable could weigh several hundred lb per 100 ft. The choker setters, the men who worked the ground crew, had to haul these cables out into the timber, loop them around the logs, and then signal the operator to pull. The cable would go taut. You’d hear it sing.

 A high-pitched metallic wine that meant thousands of pounds of tension were being transferred from the drum to the log to the earth itself. If that cable snapped, it didn’t just fall, it whipped. It thrashed through the air like a guillotine made of braided steel. Men were cut in half. Not often, but enough that every crew knew someone who’d seen it happen.

 The process of rigging a cable was an art form. The choker setter would approach a felled log, dragging the heavy cable behind him. He’d loop it around the log, thread it through a heavy steel bell, and then hook it back onto itself. The bell was a tapered piece of iron that prevented the cable from cutting into the wood.

 Once the choker was set, the setter would move to a safe distance and signal the operator. Different crews had different signals. Some used whistles, some used flags. Some just shouted and hoped the operator could hear them over the roar of the engine. The operator would take up the slack slowly at first until the cable was tight.

 Then he’d open the throttle and let the steam do its work. The log would shudder. It would groan. And then it would start to move, dragging through the underbrush, leaving a scar in the earth that wouldn’t heal for decades. The operator sat on a small platform near the drums, surrounded by levers and valves. His job was to control the steam flow to each drum independently. Pull the north line.

Stop. pull the west line, stop, release the hall back. It required precision. It required focus. And it required a kind of mechanical intuition that you couldn’t teach in a classroom. You had to feel the load. You had to hear the difference between a cable under strain and a cable about to snap. You had to know when the log was hung up on a stump and when it was running free.

 One wrong move and you could rip a choker loose, snap a cable, or drag a log sideways into one of your own men. The operator didn’t have cameras. He didn’t have sensors. He had hand signals from men standing a quarter mile away in the timber, waving flags or blowing whistles. That was the interface. That was the feedback loop.

 The operator’s platform was a miserable place to work. You were standing directly next to a machine that was producing enough heat to cook meat. The firebox was right there, radiating waves of thermal energy that made the summer heat unbearable, and the winter cold merely uncomfortable instead of lethal.

 You were breathing steam and smoke and cold dust. Your hands were always blistered from grabbing hot metal levers. Your ears were ringing from the constant noise, and you couldn’t leave. Not until the shift was over. Not until every log in the area had been dragged to the landing. The operator was the brain of the operation.

 And if the brain stopped working, everything stopped working. And the noise, God, the noise, the hiss of steam escaping from relief valves, the clank and grind of the gears, the scream of the cables under tension, the crash of logs slamming into each other at the landing. The whole forest echoed with it.

 You could hear a Clyde running from miles away. It announced itself. It declared war on the wilderness. And the wilderness had no choice but to surrender. One tree at a time. Birds would flee the area. Deer would scatter. Even the bears knew to stay away. The Clyde created a zone of mechanical dominance, a circle of industrial hell where nothing natural could survive.

Now, let’s talk about where this beast lived. The Clyde Steam Skitter worked in the Pacific Northwest, mostly the forests of Oregon, Washington, Northern California. This was old growth timber, Douglas fur, western red cedar, Sitka spruce, trees that had been growing since before Columbus set sail.

 Trees so big that a man could stand inside the hollow of a burnedout stump and not touch the sides. Some of these trees were 10 ft across at the base. Some were taller than a 20story building. These weren’t forests. These were cathedrals. Ancient, silent, and absolutely indifferent to the presence of man. And the Clyde didn’t care.

 It pulled them down with the same indifference that a wrecking ball shows to a brick wall. The trees themselves were worth a fortune. A single old growth Douglas fur could yield enough lumber to build several houses. The wood was dense, straight grained, and resistant to rot. It was perfect for construction, for ship building, for anything that needed to last.

 And there were millions of these trees covering the mountain sides like a green blanket waiting to be converted into profit. The timber companies looked at those forests and saw dollar signs. They saw cities waiting to be built. They saw fortunes waiting to be made. All they needed was a way to get the trees out of the mountains and onto the rail cars.

 That’s where the Clyde came in. The terrain was brutal. Steep hillsides covered in moss and ferns. Ground so soft that a man could sink to his knees in the muck. Rain. Endless rain. The Pacific Northwest gets somewhere in the range of 50 to 100 in of rain a year depending on location. That’s not weather. That’s a deluge. The kind of rain that turns dirt into soup and makes every step a fight against gravity and suction.

 In the summer, the forest was a steam bath. Humidity so thick you could cut it with a knife. Temperature in the 80s or 90s, but feeling like a 100 because of the moisture in the air. In the winter, it was a frozen hell. Temperature dropping below freezing at night, rising just enough during the day to turn the snow into slush.

 The men lived in bunk houses or canvas tents. They ate beans and salt pork and bread so hard you could drive nails with it. They worked six days a week, sunrise to sunset. And on Sunday they either rested or got drunk, depending on how close they were to a town. There was no workers compensation. There was no health insurance. If you got hurt, you either healed or you didn’t.

 If you died, your body was shipped home on the same train that carried the logs you’d spent your life cutting. The camps themselves were temporary settlements built to last only as long as the timber held out. Rows of rough wooden buildings with tar paper roofs, a messaul where the food was hot but barely edible, a bunk house where the men slept in narrow cotss packed so close together that you could hear every snore and every cough from your neighbors. The smell was unbelievable.

Wet wool, unwashed bodies, tobacco smoke, wood smoke, the acrid stench of the outhouses. These weren’t places where men lived. They were places where men existed between shifts, catching just enough sleep to get up and do it all over again. The isolation was total. These operations were set up miles from the nearest settlement.

 The only connection to the outside world was the narrow gauge rail line that carried the logs out and the supplies in. If a man wanted to quit, he had to walk. And walking out of a logging camp in the middle of winter through 50 mi of wilderness was often more dangerous than just staying on the job. So they stayed. They fed the machine.

 They kept the cables tight. They prayed that the boiler wouldn’t blow and that the rigging wouldn’t fail. and that when the shift ended, they’d still have all their fingers and toes. They wrote letters home that took weeks to arrive. They saved their money for the day when they could finally leave the woods and never come back.

 Some of them made it, most of them didn’t. They stayed until their bodies gave out or until the forest took them. And please subscribe to support this channel. The danger wasn’t theoretical. It wasn’t something you read about in a safety manual. It was constant. It was ambient. Every single task in a steam skitter operation carried the potential for maming or death. Start with the fireman.

 His job was to shovel fuel into a firebox that was hot enough to melt iron. He worked inches from an open flame in a confined space, often covered in sawdust and wood chips. The firebox door was small, just big enough to admit a shovel loaded with wood. The fireman would swing open that door, releasing a blast of heat that would singe the hair on his arms.

 He’d thrust the shovel inside, dump the load, and slam the door shut. Then he’d do it again and again and again all day long. His face would be blistered from the heat. His lungs would be coated with ash and smoke. And if he made a mistake, if he let too much air into the firebox at once, the whole thing could flash back.

A fireball would explode out of that open door, engulfing him in flames. If the firebox flashed back, if a pocket of volatile gas ignited, he could be burned alive. If he wasn’t paying attention to the pressure gauge, if he let the boiler run dry or overfill, the whole thing could explode.

 Boiler explosions were rare. But when they happened, they were catastrophic. The entire machine would disintegrate. The boiler itself would launch like a rocket, tumbling through the forest, crushing anything in its path. Men standing 100 ft away could be killed by flying debris. Chunks of iron the size of a man’s head, traveling at speeds that made them deadly projectiles.

 Then there were the choker setters. These men worked on the ground in the timber, often alone. They’d haul the heavy steel cable out to a felled log, loop it around, and hook it back on itself. Then they’d signal the operator to take up the slack. But the forest wasn’t empty. It was full of snags, dead trees, widow makers.

 A snag could be standing perfectly still, looking solid, and then the vibration from the cable or the shifting of a nearby log would bring it down without warning. Tons of rotten wood crashing through the canopy. If you were underneath, you were dead. If you were nearby, you might be crippled. The crews learned to look up. Always.

 Every few seconds. Scan the canopy. Watch for movement. It became instinct. But instinct didn’t always save you. The forest was full of ways to die, and the snags were just one of them. The ground itself was treacherous. hidden holes where a man could fall and break a leg. Slippery moss that turned every step into a gamble.

 Logs that looked stable but weren’t ready to roll at the slightest touch. The choker setters worked in this environment for 10 or 12 hours a day, hauling cables that weighed as much as they did, bending and lifting and straining until their backs screamed and their hands bled. And they did it knowing that at any moment something could go wrong. A cable could snap.

 A tree could fall. A log could roll. And if it did, there was no safety net. No ambulance waiting at the edge of the woods. No trauma surgeon ready to patch them up. There was just the camp doctor, if the camp had one, and his bag of limited tricks. Amputations were common, infections were deadly, and the forest kept taking its toll.

 The cables were another constant threat. Under tension, a steel cable is one of the most dangerous objects in the world. It stores enormous amounts of energy. If it snaps, that energy is released instantaneously. The cable doesn’t just fall, it recoils, it whips through the air at speeds that make it invisible. Men described it as a sound more than a sight.

 A crack like a rifle shot and then a scream. The cable would slice through flesh and bone like it wasn’t there. Limbs were severed. Skulls were crushed. If you were in the path of a snapping cable, you didn’t survive. And there was no way to predict when it would happen. The cables were inspected, sure, but they were also subjected to forces that would break modern cables in minutes, dragging multi-tonon logs over rocks and stumps and roots.

 The outer strands would fray, the inner core would weaken, and eventually under load, the cable would give up. The physics of a cable failure are terrifying. When that cable snaps, all the tension that was holding the log in place is suddenly released. The two ends of the cable become whips, lashing through the air with enough force to cut a man in two.

The broken ends move so fast that they create a sonic boom, and they’re unpredictable. You can’t see which way they’re going to go. You can’t dodge them. All you can do is hope that you’re not in the path. Some men got lucky. They’d hear the crack and feel the wind as the cable whipped past their face, missing them by inches.

 Other men weren’t lucky. They’d be working, focused on their task, and then suddenly they’d be on the ground, looking at a part of their body that was no longer attached. The lucky ones went into shock and didn’t feel much. The unlucky ones stayed conscious and felt everything. The landing, where the logs were piled before being loaded onto rail cars, was its own kind of chaos.

 Logs tumbling off the pile, rolling downhill, crushing men who didn’t move fast enough. The sheer weight of the timber was incomprehensible. A single old growth Douglas furlog could weigh 10 tons. When it moved, it moved with the momentum of a freight train. You couldn’t stop it. You couldn’t slow it.

 You could only get out of the way, and sometimes there wasn’t time. The landing was a collection point for all the logs pulled from the surrounding area. As the logs accumulated, they were stacked into massive piles. The men who worked the landing had to climb onto these piles, chain the logs together, and prepare them for loading. It was dangerous work. The logs were slippery.

They shifted unpredictably. And if the pile collapsed, anyone on top of it was going down with it. There were no safety rails, no harnesses, no kill switches. The only safety equipment was the operator’s judgment and the crew’s experience. If you were new, if you were green, you learned fast or you died.

 The veterans would teach you the basics, sure, but they couldn’t be there every second. You had to develop your own sense of danger, your own sixth sense for when something was about to go wrong. Some men had it, some men didn’t. The ones who didn’t usually left the woods in a box. The turnover in logging camps was extraordinary.

 Men would show up, work for a few weeks, and then disappear. Some quit, some got hurt, some died, and new men would arrive to take their place. It was a meat grinder and the forest was always hungry. And here’s the thing, the men knew. They knew the risks. They knew the odds. But they came anyway because the pay was good.

 Better than farming, better than factory work, better than anything else available to a man with a strong back and no education because there was no other work. The timber industry was booming and it needed bodies because they had families to feed and mouths to clothe and no other options. The timber industry was the economic engine of the Pacific Northwest. It built cities.

 It powered mills. It created wealth. But that wealth was built on the backs of men who traded their safety, their health, and sometimes their lives for a paycheck and a bunk in a leaky cabin. The economics of the operation were brutal in their own way. The timber companies paid by productivity. The more acres you cleared, the more you made.

The operators and crews were incentivized to work fast, to take risks, to push the equipment to its limits. Safety slowed things down. Caution reduced profits, and profits were all that mattered. The companies didn’t care about the men. They were replaceable. There was always another desperate soul waiting at the hiring office, willing to take his chances in the woods.

 The companies calculated the cost of timber extraction down to the penny, and the cost of human life didn’t figure into the equation. It was a system that rewarded recklessness and punished prudence. And the men who worked in it understood that they were expendable. Compare that to today. Walk onto a modern logging site and you’ll see hard hats, steeltoed boots, high visibility vests, and safety briefings that last longer than the actual work.

 Every piece of equipment has multiple redundant safety systems. Chainsaws have chain brakes. Skitters have roll cages. Helicopters have GPS and automated flight control. So, modern logger is surrounded by technology designed to keep him alive. And that’s good. That’s progress. But something was lost in the translation. The modern worker is safer.

Yes, but he’s also more detached. He operates a machine from a climate controlled cab, watching screens, pushing buttons. He doesn’t feel the weight of the log. He doesn’t hear the cable sing. He doesn’t smell the steam and the sawdust and the sweat. The job became safer, but it also became smaller, less immediate, less real.

Modern logging equipment is a marvel of engineering. Hydraulic feller bunchers that can cut and stack trees in seconds. Forwarders that carry logs out of the forest without ever touching the ground. Processors that strip branches and cut logs to length with computer precision. The modern logger sits in an airond conditioned cab wearing a seat belt surrounded by cameras and sensors that alert him to danger before it arrives.

He’s protected from the elements, protected from the machinery, protected from almost everything that could hurt him, and the productivity is incredible. A single modern machine can do the work of 50 men from the Clyde era. The efficiency is off the charts, but the romance is gone. The sense of conquest is gone.

 The feeling that you’re doing battle with nature itself, armed with nothing but guts and iron, is completely absent. The men who ran the Clyde didn’t have that distance. They were in the dirt. They were in the steam. They were inches from the machinery, feeling every vibration, hearing every sound. They knew the machine intimately because their lives depended on it.

 And there was a pride in that. A pride in mastering something that could kill you. A pride in walking away at the end of the day with all your parts intact. It wasn’t just a job. It was a test. a daily test of skill and nerve and endurance. And the men who passed that test day after day, year after year, they earned something that can’t be measured in dollars.

 They earned respect from their peers, from themselves. They earned the right to say that they’d gone into the belly of the beast and come out alive. The culture of the logging camps reflected this. There was a hierarchy based not on education or background, but on competence and courage. The men who could do the job, who could face the danger without flinching, were respected.

 The men who couldn’t were run out of camp. There was no room for weakness, no tolerance for cowardice. You pulled your weight or you left. And the bonds that formed between the men who stayed were deep. They depended on each other. The operator depended on the choker setter to rig the logs properly. The choker setter depended on the operator to pull at the right time.

 The fireman depended on everyone to watch his back while he was focused on the boiler. It was a team operation and every member of the team had to be reliable. Lives depended on it. The Clyde steam skiitter operated for roughly two decades, give or take, depending on the region and the company. By the time the internal combustion engine became reliable and affordable, steam was on its way out.

 Diesel skiitters were lighter, more mobile, easier to maintain. They didn’t require a fireman. They didn’t need water. They could be driven into position instead of dragged. The advantages were obvious. The transition was inevitable. But the Clyde had already done its job. It had opened up the interior forests.

 It had made large-scale industrial logging economically viable. It had turned wilderness into timber and timber into profit. The Clyde was a transitional technology, a bridge between the age of animal power and the age of internal combustion. But for a brief window in history, it was the most advanced logging tool available.

 And it changed the landscape forever. The environmental impact of Clyde operations was staggering. An area that had taken centuries to grow, was stripped bare in months. The forest floor, once covered in a thick layer of moss and duff, was churned into mud. The streams ran brown with silt. The wildlife fled, and the scars remained for decades.

 Some of those old logging sites are still visible today, a century later. You can see where the spar trees stood. You can trace the paths where the cables dragged the logs. You can find the iron spikes and broken cables and rusted machinery half buried in the earth. The forest has reclaimed most of it, but the bones are still there.

 A testament to what happened today. If you want to see a Clyde steam skiitter, you have to visit a museum. There are a few left. Rusting hulks sitting on concrete pads surrounded by interpretive signs and safety fences. The boilers are cold. The cables are gone. The drums are frozen with rust, but if you stand there long enough, if you let your imagination fill in the gaps, you can almost hear it.

 The hiss of steam, the clank of the gears, the shouts of the crew. You can almost see the forest falling tree by tree, pulled toward the machine by invisible hands of steel. You can almost smell the smoke and feel the heat and sense the danger that permeated every moment of every shift. And you realize something.

This wasn’t just a machine. It was a monument. A monument to an age when men built the world with their hands and their backs and their willingness to stare death in the face and not blink. The Clyde didn’t just harvest timber. It harvested a generation. It consumed men the way it consumed coal.

 And in return, it gave us the lumber that built our cities, our homes, our lives. Every board in every house constructed in the early 20th century has a story. And somewhere in that story is a man standing in the rain, covered in mud, hooking a choker to a log and hoping the cable holds. Somewhere in that story is an operator pulling a lever, feeling the load, making a split-second decision that could mean the difference between life and death.

 Somewhere in that story is a fireman shoveling coal, sweating in the heat, watching the pressure gauge, and praying that the boiler holds. The forests are different now. The old growth is mostly gone. What remains is protected or replanted or managed in ways that would be unrecognizable to the men who ran the Clyde. The trees are smaller. The cuts are cleaner.

 The machines are quieter. And the men, they go home every night. They have health insurance and retirement plans and safety records that are measured and audited and celebrated. And that’s good. That’s the world we should want. But we should also remember the world that came before.

 the world where progress had a price and that price was paid in blood and sweat and the shattered bodies of men who didn’t have a choice. The second growth forests that cover the Pacific Northwest today are nothing like what the Clyde crews faced. The trees are younger, smaller, more uniform. They’re planted in rows.

 They’re managed like crops and they’re harvested with machines that make the Clyde look like a child’s toy. But those original forests, those ancient groves of timber that took a thousand years to grow, they’re gone. Cut down and turned into houses and furniture and paper. And the men who cut them down are gone, too.

 Dead of old age or injury or disease. Their names are mostly forgotten. Their stories are mostly lost. But their legacy remains. Every time you walk into a wooden building, you’re walking through their work. Every time you sit in a wooden chair or sleep in a wooden bed, you’re benefiting from their sacrifice. The Clyde Steam Skitter was a beast.

 There’s no other word for it. It was loud and dirty and dangerous and brutal. It didn’t care about the environment. It didn’t care about sustainability. It didn’t care about anything except pulling logs out of the forest as fast and as cheaply as possible. And in that single-minded focus, in that raw, unfiltered application of force and engineering, there was a kind of terrible beauty.

 The beauty of a machine that does exactly what it was designed to do. Consequences be damned. The beauty of functionality without apology. The beauty of power unleashed. We live in a softer world now. A world of cushions and warnings and safety nets. a world where we’re protected from almost everything that could hurt us.

 And most of the time, that’s a good thing. We’ve built a civilization that values human life, that tries to minimize suffering, that believes safety is more important than speed. But every now and then, it’s worth remembering the men who built this softer world. the men who didn’t have safety nets.

 The men who climbed onto a platform next to a boiler that could explode at any moment and pulled levers that controlled cables that could cut them in half. The men who walked into the forest at dawn and didn’t know if they’d walk out at dusk. Those men were hard. They had to be. The world they lived in didn’t tolerate weakness. And the machines they operated were extensions of that hardness.

 tools designed not for comfort but for conquest. The Clyde steam skiitter conquered the forest. It won the war against nature that had been raging since the first settler looked at a stand of timber and saw dollar signs instead of trees. And it won that war through sheer brute force. No finesse, no subtlety, just steam and steel and the willingness to break anything that got in the way.

 The machine didn’t have a soul. But the men who ran it did, and they poured their souls into that machine day after day until there was nothing left to give. They gave their youth. They gave their health. Some of them gave their lives. And in exchange, they got a paycheck and the knowledge that they’d done something most men couldn’t do. They’d tamed the beast.

 If you ever find yourself in a museum standing in front of one of these rusted relics, take a moment, run your hand over the cold iron. Look at the drums where the cables used to wind. Try to imagine the heat, the noise, the danger. Try to imagine what it took to stand next to this thing and make it work. And then ask yourself, could you have done it? Could you have fed the firebox? Could you have pulled the levers? Could you have walked into the timber with a heavy cable on your shoulder, knowing that the next tree to fall might be the

one that kills you? Could you have spent 12 hours a day, 6 days a week in conditions that would violate every labor law on the books today? Most of us couldn’t. Most of us wouldn’t. And that’s fine. We don’t have to. We live in the world those men built for us. A world where the forests have already been cleared and the cities have already been raised and the lumber has already been cut. We inherited their work.

 We owe them our comfort. And the least we can do is remember them. Remember the machines they tamed. Remember the risks they took. Remember the forests they felled and the lives they lived and the price they paid so that we could sit in our warm homes and never once think about where the wood in the walls came from.

 Remember that every piece of progress has a cost and someone somewhere paid it in full. The Clyde steam skiitter is gone now, obsolete, replaced by machines that are faster, safer, more efficient. But for a brief moment in history, it was the king of the forest. The apex predator of the timber industry, a fourdirectional coal fired, steam powered monster that could strip 40 acres without moving an inch.

And the men who fed it, who operated it, who lived and died in its shadow, they were the true architects of the modern world. Iron men in an iron age doing iron work. Make sure to subscribe to the channel to hear more about our